R. Chris Miall

This study analyzes bimanual reaching movements and finds that gaze shifts correlate with changes in relative hand speed during visually guided tasks.

The paper investigates how cortico-cerebellar beta-band dynamics predict flexible motor timing during a context-dependent task.

This study investigates the role of proprioception in implicit sensorimotor adaptation and perceived movement outcome by examining individuals lacking proprioception, finding minimal impact on adaptation and perceived outcome.

This study shows that multi-session tDCS paired with passive mobilisation enhances thalamo-cortical coupling during command following in PDOC patients.

This study uses OP-MEG to detect cerebellar activity during human eyeblink conditioning, finding evoked responses that diminish with learning and occur before conditioned blinks.

This study applies event-related TDCS during motor adaptation tasks to investigate temporal specificity, finding cerebellar stimulation enhances movement-specific learning while M1 stimulation does not.

The paper presents a framework to assess VR hand-tracking accuracy, finding average positional error of 1.1cm, joint angle error of 9.6°, and delay of 38ms for the Oculus Quest 2.

The paper investigates how extended motor preparation time affects residual errors in visuomotor adaptation and finds that even with longer preparation, errors persist.

This paper investigates how tDCS modulates thalamo-cortical connectivity during motor tasks and suggests its potential therapeutic use for disorders of consciousness.

This study shows that force-field adaptation in older and younger adults is not linked to dynamic proprioceptive acuity, even under limited visual feedback conditions.

This paper demonstrates that optically-pumped magnetometers improve cerebellar MEG signal detection by reducing sensor distance and increasing SNR, revealing evoked and induced responses to sensory stimuli.

The paper investigates whether proprioceptive deficits in inactive older adults affect discrete reaching performance and finds no significant relationship between proprioceptive error and motor task performance.